1.4.1 General functions
1.4.1 General functions
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Requirement code
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a. The system offers non-ELN trained personnel the ability to easily access system data via an intuitive, user-friendly Windows-type graphical user interface (GUI) which permits the display of stored data.
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b. The system allows authorized users to configure their GUI to a specific language, character set, and time zone.
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c. The system permits remote access for users, system admins, and support agents?
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d. The system allows for the use of navigation keys to freely move from field to field.
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e. The system allows data tables to be sorted.
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f. The system can send on-screen output to a printer or file without contradicting view-only statuses.
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g. The system supports multiple users and instruments entering data simultaneously, without disruption.
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h. The system contains one or more spell-check dictionaries that allow authorized users to add, edit, or remove entries.
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i. The system integrates chemical drawing and computational tools.
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j. The system includes a synthesis sheet parser and generator.
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k. The system allows the import of chemical structure and spectroscopic files?
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l. The system provides full metadata, keyword, and field search capability, including the use of multiple search criteria.
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m. The system allows for advanced queries of molecular patterns and properties, like those associated with the SMARTS language.
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n. The system permits users to query by functional group or designed structure.
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o. The system allows users to build, save, and edit queries for future use.
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p. The system includes the ability to search and import from multiple databases, including those containing legacy data.
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q. The system provides data archival and retention functionality for both paper-based and electronic laboratory records, effectively maintaining the archives as technology changes.
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r. The system allows bookmarking of pages, images, experiments, and other content.
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s. The system notifies users of events like the scheduling and completion of tasks.
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t. The system includes the ability to set up alerts via email.
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u. The system supports scheduling of tasks like analysis requests, instrument maintenance, and group meetings.
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v. The system has real-time messaging capabilities for experiment and project collaborators.
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w. The system supports the use of a voice recognition system (for navigation or transcription) or has that functionality.
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x. The system offers integrated or online user help screens.
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1.4.2 Configuration and customization
1.4.2 Configuration and customization
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Request for information
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Requirement code
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Vendor response
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a. The system architecture is modular or extensible and can easily and efficiently be modified to facilitate the addition of new functionality as business needs change.
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b. The system has an application programming interface (API) or a similar software development toolkit (SDK). If web-based, the API should support Simple Object Access Protocol (SOAP), representational state transfer (REST), or both.
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c. The system supports customized screens with user-definable information specific to a customer, department, analysis, etc.
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d. The system allows a user to independently add fields without requiring reconfiguration of the system, even after routine upgrades and maintenance.
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e. The system permits users to create personal and sharable experiment templates.
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f. The system allows for the integration of additional printers and scanners both locally and externally.
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1.4.3 Pre-experiment
1.4.3 Receiving and scheduling
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Request for information
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Requirement code
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Vendor response
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a. The system supports barcoded sample labeling and tracking.
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b. The system provides compound and batch registration.
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c. The system provides extensive project and experiment management tools to create, manage, and run single-step, multi-step, and other types of experiments.
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d. The system provides tools for making advanced chemical calculations, including stoichiometric, titration, and reaction yield calculations.
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e. The system allows editing of biological sequences at the molecular level.
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f. The system allows the creation of searchable image annotations.
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1.4.4 Post-experiment
1.4.4 Analysis and data entry
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Request for information
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Requirement code
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Vendor response
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a. The system can manage and store both sample- and non-sample-related data, including images from microscopes, GCMS scans of peaks, PDF files, spreadsheets, or even raw data files from instrument runs for later processing.
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b. The system can manage and store media objects like digital photos, bitmaps, movies, and audio files.
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c. The system can link objects to other objects, e.g. linking a specification to an experimental result or linking files between projects.
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d. The system provides a searchable repository for user notebooks present and past.
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e. The system can process text-to-structure conversions automatically.
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f. The system allows users to comment on experiment results, observations, and conjectures as well as allow for linking to and from comments.
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g. The system allows users to create project Gantt charts.
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h. The system captures and stores an encrypted PDF (or other document format) of a completed page.
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i. The system captures and stores images from image analysis.
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j. The system can process automated uploading of field-derived sample data.
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k. The system permits manual data entry of experiment results and other data.
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l. The system allows automated or semi-automated data insertion.
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m. The system stores non-narrative textual results in searchable fields.
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n. The system can graphically display the results of one or more experiments in a graph (normalized or otherwise) for the purpose of visualizing data or searching for possible trends.
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o. The system stores test-related analysis comments with the experiment.
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p. The system provides auto-commenting for common laboratory result comments.
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q. The system provides for high-volume multi-component transfers of test results, with the ability to automatically match samples to experiments in either a backlog mode or a designated file mode, to parse the data, and to review and commit the sample data.
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r. The system validates/approves sample data prior to being moved to the main database.
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s. The system's results validation process accesses all information about a sample or group of samples, including comments or special information about the sample.
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t. The system uses a menu-driven process for results validation.
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u. The system can clearly differentiate released preliminary data from fully validated results.
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v. The system can manage QA/QC test results.
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w. The system allows manual entry of QA/QC data not captured as part of the system's regular processes.
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1.4.6 Instruments
1.4.6 Instruments
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Request for information
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Requirement code
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Vendor response
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a. The system bilaterally interfaces with instruments and related software based on the Unix and Windows platforms.
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b. The system can download data directly from laboratory instruments.
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c. The system allows file transfer of data from instruments via intelligent interfaces or multi-sample/multi-test ASCII files, with full on-screen review prior to database commitment.
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d. The system can track and report on the usage of attached laboratory instruments.
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e. The system can automatically (or manually allow an authorized user to) remove an instrument from potential use when it falls out of tolerance limit or requires scheduled calibration.
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f. The system maintains a reportable database of preventative maintenance, calibration, and repair records for attached laboratory instruments.
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g. The system can schedule calibration, verification, and maintenance tasks on attached instruments and make that schedule available for viewing.
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h. The system allows users to create and edit instrument maintenance profiles.
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1.4.7 External system interfaces
1.4.7 External system interfaces
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Requirement code
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Vendor response
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a. The system supports a library of common electronic data deliverable (EDD) formats.
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b. The system can transfer data to and from other record management systems.
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c. The system integrates with Microsoft Exchange services.
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d. The system can import data from and export data to Microsoft Word, Excel, Access, and/or Powerpoint.
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e. The system can interface with non-Microsoft programs.
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f. The system can interface with enterprise resource planning (ERP) systems.
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g. The system can interface with internal and external laboratory systems like laboratory information management systems (LIMS) and electronic laboratory notebooks (ELNs).
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h. The system can leverage the application programming interface (API) of other systems to establish integration between systems.
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i. The system can interface with third-party chemical drawing tools like ChemDraw, MarvinSketch, and Ketcher.
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j. The system can interface with chemistry databases, compound management systems, and substance logistics systems.
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k. The system provides a real-time interface for viewing live and stored data transactions and errors generated by interfaced instruments and systems.
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l. The system supports dockable mobile devices and handles information exchange between them and the system.
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m. The system supports the use of optical character recognition (OCR) software.
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1.4.8 Reporting
1.4.8 Reporting
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Request for information
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Requirement code
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Vendor response
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a. The system includes a versatile report writer and forms generator that can generate reports from any data in the system.
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b. The system can interface with a third-party reporting application.
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c. The system includes a custom graphic generator for forms.
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d. The system allows the development of custom templates for different types of reports.
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e. The system maintains template versions and renditions, allowing management and tracking of the template over time.
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f. The system can generate template letters for semi-annual reports.
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g. The system uses Microsoft Office tools for formatting reports.
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h. The system automatically generates experiment reports at specified points in the experimental process.
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i. The system provides multiple ways to visualize data in reports, including graphs, trend bars, pie charts, spectrum, etc. for the purpose of presenting information and identifying trends.
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j. The system makes graphic and tabular data vector-scalable in reports.
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k. The system allows for internal hyperlinking to source data in reports.
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l. The system can indicate whether a report is preliminary, amended, corrected, or final while retaining revision history.
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m. The system can automatically generate laboratory reports of findings and other written documents.
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n. The system can automatically generate and transmit exception reports for all stored out-of-specification data.
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o. The system provides an ad-hoc web reporting interface to report on user-selected criteria.
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p. The system can automatically generate and post periodic static summary reports on an internal web server.
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q. The system can transmit reports in a variety of ways including fax, e-mail, print, and website in formats like RTF, PDF, HTML, XML, DOC, XLS, and TXT.
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r. The system supports PDF/A, an ISO-standardized version of the Portable Document Format (PDF).
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s. The system includes a rules engine to determine the recipients of reports and other documents based on definable parameters.
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1.4.9 Laboratory management
1.4.9 Laboratory management
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Request for information
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Requirement code
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Vendor response
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a. The system provides laboratory management tools to connect one or more labs, departments, or groups for the purpose of bettering collaborations.
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b. The system allows for the management of documents like SOPs, MSDS, etc. to better ensure they are current and traceable.
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c. The system manages and reports on reference samples, reagents, and other inventory, including by department.
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d. The system automatically warns specified users when inventory counts reach a definable threshold and either prompt for or process a reorder.
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e. The system allows authorized users to monitor and report on reference and reagent creation, use, and expiration.
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